HellermannTyton Helagrip Slide-On Cable Marker, Black, Pre-printed "8", 3 mm Cable Grey, 1 mm Cable, 901-10275

HellermanTyton Helagrip Series Cable Marker, 3.5mm Length, Grey - 901-10275

This cable marker provides pre-printed identification for wiring and cable harnesses in demanding industrial settings. It is moulded from flexible PVC and designed to fit a range of conductor diameters, locking together for continuous legend alignment and straightforward application prior to termination.

Features & Benefits

• UL94 V-0 rated material for flame retardant performance
  Withstands continuous temperature up to 105°C
  Operates reliably down to -65°C for cold environments
  Acid and alkali resistant for corrosive conditions
  Chevron cut locks legends together preventing misalignment
  Flexible PVC returns securely onto the conductor for tight fits

**Applications**

• Suitable for wire identification in automation cabinets
  Ideal for labelling cables in electronics assembly
  Used with control panels in electrical installations
  Can be used for harness marking in mechanical systems
  Suitable for field service work in adverse chemical environments

What marking options are available on these labels?

Legends include numerals 0–9, letters A–Z and standard electrical symbols for clear circuit identification.

How are the markers supplied for use on-site?

They are provided on reels that allow sequential dispensing and easy handling during pre-termination marking.

How does the marker profile aid installation on different cable sizes?

The specially shaped cross-section accommodates a range of outside diameters and the chevron end ensures locked alignment when multiple markers are joined.

Are these suitable where brief high temperature spikes occur?

The material tolerates intermittent elevated temperatures above its continuous rating for short-duration events.

Which environmental resistances support outdoor or industrial use?

The composition resists fuels as well as acid and alkali exposure, improving longevity in contaminated atmospheres.